Product Description
The RQ-100 Plus Laboratory Stirrer is a scientific instrument commonly used in laboratories for mixing and stirring liquids. Heres some general information about it:
1. Functionality: The RQ-100 Plus is designed to stir liquids in laboratory settings. It provides precise control over stirring speed and direction to ensure thorough mixing of substances.
2. Features: These may include adjustable stirring speed, direction control (clockwise or counterclockwise), digital display for monitoring speed, and possibly programmable settings for specific stirring protocols.
3. Applications: Laboratory stirrers are used in various scientific fields such as chemistry, biology, pharmaceuticals, and food science. They are used in tasks like dissolving solutes, preparing solutions, and mixing reagents.
4. Design: The RQ-100 Plus typically features a robust construction suitable for laboratory environments, with materials resistant to chemicals and easy to clean. It may have a magnetic stir bar that is placed in the liquid to be stirred, which is then driven by a rotating magnetic field generated by the instrument.
5. Safety: As with any laboratory equipment, safety precautions should be followed when using the RQ-100 Plus. This includes proper handling of chemicals, ensuring the stir bar is securely placed and not damaged, and following any manufacturer-specific safety guidelines.
6. Variants: Depending on the manufacturer and model, there may be variations in features, size, and capacity. Some models may offer additional features such as heating capabilities for temperature-controlled stirring.
Precision Digital ControlThe RQ-100 Plus stirrer is equipped with a user-friendly digital display, allowing operators to set and monitor stirring speed with exceptional accuracy. This ensures reproducible mixing for various industrial and laboratory solutions.
Durable Stainless Steel BuildBuilt from premium stainless steel, the RQ-100 Plus resists corrosion and physical wear, making it well-suited for heavy-duty and continuous use in challenging environments. Its robust construction extends the lifespan of the equipment.
Reliable Warranty & SupportEach RQ-100 Plus stirrer includes a one-year warranty, reflecting the manufacturers commitment to product quality and customer satisfaction. Comprehensive after-sales support is available to address any operational queries or service needs.
FAQs of RQ-100 Plus Laboratory Stirrers:
Q: How is the RQ-100 Plus Laboratory Stirrer operated?
A: The RQ-100 Plus stirrer operates using an electric power supply and is controlled via a digital display, allowing easy adjustment of stirring speed and duration.
Q: What are the main benefits of using the RQ-100 Plus in industrial settings?
A: Key benefits include precise mixing, durability from its stainless steel body, consistent performance, and ease of operation through its digital controls, enhancing efficiency in industrial laboratories.
Q: When should I consider servicing the RQ-100 Plus Laboratory Stirrer?
A: Regular servicing is recommended annually or as specified in the product manual. Additionally, take advantage of the one-year warranty period for any performance or technical issues.
Q: Where is the RQ-100 Plus manufactured and supplied from?
A: The RQ-100 Plus is manufactured, exported, and supplied by a reputable company based in India, serving both domestic and international markets.
Q: What is the process for initiating warranty support for my stirrer?
A: To utilize the one-year warranty, contact the manufacturer or supplier in India with your purchase details. They will guide you through troubleshooting or provide repair and replacement services if required.
Q: How is the RQ-100 Plus stirrer primarily used in industrial laboratories?
A: It is designed for mixing solutions, dispersing chemicals, and blending ingredients in laboratory and production-scale environments, ensuring uniform consistency for various research and industrial processes.
Q: What makes the RQ-100 Plus stirrer suitable for demanding industrial tasks?
A: Its stainless steel construction, reliable electric operation, and accurate digital controls make it highly efficient and resilient, ideal for continuous and intensive laboratory applications.